Question 260An on-premises VM replicates to Azure Site Recovery, but its designated recovery subnet has no mapping from the production source network. How can administrators make this correction durable through future changes? Include capacity and permission checks and periodic target-region exercises in the disaster recovery plan. Review ASR recovery-point policies whenever transaction volume or application consistency requirements change. Require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. Maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. ExplanationCorrect Answer D:Maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. This preventive control maintains the intended protection because site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. The initial action remains: Configure the correct source-to-target ASR network mapping and test that the recovered VM lands on an isolated appropriate subnet. Other Answers A:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. A more direct preventive measure is to maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. B:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. The lasting safeguard is to maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. C:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The stronger recurring control is to maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change.
Question 261A disaster recovery team tests its Azure Site Recovery plan by failing the production database over, unexpectedly interrupting live users. What should the administrator change first to resolve the stated issue? Select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. Configure the correct source-to-target ASR network mapping and test that the recovered VM lands on an isolated appropriate subnet. Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. ExplanationCorrect Answer D:Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. This resolves the observed failure because aSR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. A suitable acceptance check is: Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. Other Answers A:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A more relevant action is to use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. B:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. A more relevant action is to use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. C:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. This failure calls for a decision to use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover.
Question 262A disaster recovery team tests its Azure Site Recovery plan by failing the production database over, unexpectedly interrupting live users. Which cause-and-effect mechanism best fits this evidence? ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. ExplanationCorrect Answer A:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The mechanism explains the corrective action: Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. The associated validation is: Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. Other Answers B:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. In the stated system, ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. C:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. In the stated system, ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. D:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. By contrast, ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site.
Question 263A disaster recovery team tests its Azure Site Recovery plan by failing the production database over, unexpectedly interrupting live users. What should the engineer check to distinguish success from a superficial fix? Inspect generated recovery points and perform a database consistency check after selecting an app-consistent test restore. Simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. Run the failover drill in the same production network and check subnet placement after the recovered database takes over live client routes. Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. ExplanationCorrect Answer D:Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. This evidence tests whether the team actually completed: Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. It addresses the risk because aSR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Other Answers A:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A more meaningful verification is to launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. B:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. The failure is checked more directly by a test to launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. C:Run the failover drill in the same production network and check subnet placement after the recovered database takes over live client routes. This reproduces the original outage risk: the test workload could conflict with the live database network and routing. A genuine isolated ASR test failover verifies recovery without disrupting production.
Question 264A disaster recovery team tests its Azure Site Recovery plan by failing the production database over, unexpectedly interrupting live users. What should be added to the permanent maintenance checklist? Review ASR recovery-point policies whenever transaction volume or application consistency requirements change. Maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. Require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. Update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced. ExplanationCorrect Answer C:Require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. This preventive control maintains the intended protection because aSR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The initial action remains: Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. Other Answers A:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A more direct preventive measure is to require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. B:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. A more direct preventive measure is to require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. D:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. The stronger recurring control is to require documented sandbox isolation and success criteria for scheduled disaster recovery exercises.
Question 265A three-tier application recovers its web tier before the database during a regional outage, causing startup checks and transactions to fail. What is the most appropriate action given the observed constraints? Assess target region quotas, target resources and supported replication policies before initiating planned production protection. Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. Select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. ExplanationCorrect Answer D:Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. This resolves the observed failure because recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. A suitable acceptance check is: Simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. Other Answers A:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. The required change instead is to create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. B:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The corrective action for this requirement is to create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. C:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A more relevant action is to create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components.
Question 266A three-tier application recovers its web tier before the database during a regional outage, causing startup checks and transactions to fail. What principle explains why the correct response works? Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. ExplanationCorrect Answer A:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. The mechanism explains the corrective action: Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. The associated validation is: Simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. Other Answers B:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. In the stated system, recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. C:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. By contrast, recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. D:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. In the stated system, recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce.
Question 267A three-tier application recovers its web tier before the database during a regional outage, causing startup checks and transactions to fail. What observable evidence would verify that the fix succeeded? Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. Run a test failover in the target region and measure provisioning, boot and network availability within recovery objectives. Inspect generated recovery points and perform a database consistency check after selecting an app-consistent test restore. Simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. ExplanationCorrect Answer D:Simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. This evidence tests whether the team actually completed: Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. It addresses the risk because recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. Other Answers A:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The relevant acceptance check is to simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. B:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. Proving this correction calls for a check to simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward. C:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A more meaningful verification is to simulate recovery and confirm database availability precedes service startup and web health probes become healthy only afterward.
Question 268A three-tier application recovers its web tier before the database during a regional outage, causing startup checks and transactions to fail. What control should be sustained after the immediate fix? Update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced. Include capacity and permission checks and periodic target-region exercises in the disaster recovery plan. Review ASR recovery-point policies whenever transaction volume or application consistency requirements change. Require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. ExplanationCorrect Answer A:Update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced. This preventive control maintains the intended protection because recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. The initial action remains: Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. Other Answers B:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. The lasting safeguard is to update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced. C:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. The stronger recurring control is to update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced. D:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Reducing this risk requires a practice to update recovery plans and role sequencing when new application dependencies or infrastructure services are introduced.
Question 269A finance VM has a strict recovery point objective but its ASR configuration uses an unsupported or inadequate app-consistency cadence for the workload. Which next corrective action best addresses this failure? Select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. Create an ASR recovery plan with dependency-aware recovery groups and sequencing for database, service and web components. Configure the correct source-to-target ASR network mapping and test that the recovered VM lands on an isolated appropriate subnet. Assess target region quotas, target resources and supported replication policies before initiating planned production protection. ExplanationCorrect Answer A:Select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. This resolves the observed failure because crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. A suitable acceptance check is: Inspect generated recovery points and perform a database consistency check after selecting an app-consistent test restore. Other Answers B:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. The required change instead is to select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. C:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. The corrective action for this requirement is to select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. D:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. A more relevant action is to select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO.
Question 270A finance VM has a strict recovery point objective but its ASR configuration uses an unsupported or inadequate app-consistency cadence for the workload. Why does the proposed solution address the underlying problem? Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. ExplanationCorrect Answer A:Crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. The mechanism explains the corrective action: Select supported recovery-point and application-consistency policy settings and measure achieved recovery points against the business RPO. The associated validation is: Inspect generated recovery points and perform a database consistency check after selecting an app-consistent test restore. Other Answers B:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. In the stated system, crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. C:Recovery plans coordinate multi-VM boot and optional scripts, addressing application dependencies that independent replication cannot enforce. By contrast, crash-consistent replication and application-consistent snapshots have different restoration properties and cadences. D:Replicated disk data is not sufficient for failover if target-region compute, identity or resource configuration cannot host the workload. In the stated system, crash-consistent replication and application-consistent snapshots have different restoration properties and cadences.
